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STM32CubeMX LPBAM module in practice - 2 Configuration with STM32Cube tools
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MOOC - STM32CubeMX LPBAM module in practice
STM32CubeMX feature for Low-Power Background Autonomous Mode configuration with STM32U5 ultra-low-power microcontroller
The STM32U5 MCU is based on the high-performance Arm® 32-bit Cortex-M33 CPU with Arm® TrustZone® and FPU.
It features a Low-Power Background Autonomous Mode (LPBAM) that allows peripherals to remain functional and independent of most MCU power modes without running any software.
The LPBAM subsystem can chain different operations through DMA linked-list transfers.
This allows applications to remain in the lowest power mode without waking up the CPU to perform various tasks.
Who should attend this course?
• STM32 developers looking for more information on its new feature called LPBAM
• Engineers looking for some practical examples of using LPBAM in real application use cases.
In case of any questions, suggestion, feel free to contact us at our forum at:
Please share with us your feedback on this MOOC using anonymous survey at:
More information about STM32U5 family you can find at:
STM32CubeMX feature for Low-Power Background Autonomous Mode configuration with STM32U5 ultra-low-power microcontroller
The STM32U5 MCU is based on the high-performance Arm® 32-bit Cortex-M33 CPU with Arm® TrustZone® and FPU.
It features a Low-Power Background Autonomous Mode (LPBAM) that allows peripherals to remain functional and independent of most MCU power modes without running any software.
The LPBAM subsystem can chain different operations through DMA linked-list transfers.
This allows applications to remain in the lowest power mode without waking up the CPU to perform various tasks.
Who should attend this course?
• STM32 developers looking for more information on its new feature called LPBAM
• Engineers looking for some practical examples of using LPBAM in real application use cases.
In case of any questions, suggestion, feel free to contact us at our forum at:
Please share with us your feedback on this MOOC using anonymous survey at:
More information about STM32U5 family you can find at: